What is an example of bionic architecture?

1, "Bai Shu" collective house imitates the canopy.

Sou Fujimoto, a Japanese designer, designed a comprehensive building integrating office, gallery, bar and restaurant for Montpellier, France, with a total height of 17 floors. Its biggest feature is that the whole building is like a big pine cone, and the terraces and balconies bloom wildly around, thus providing quite diverse and practical outdoor space.

2.E 'Terra Samara Resort imitates the pod structure.

-Eco-treehouse imitating fruit attributes. This is a tree house designed and created by Farrow Architects in rural Canada. The building is seamlessly integrated with the whole environment. Located in Canada.

3. The PARKROYAL on Pickering was designed by WOHA, and Pickering Binleya Hotel, Singapore, learned from natural rock formations.

Pickering Binleya, located in the center of Singapore, was grandly opened at the beginning of this year with the applause of expectation and admiration for its innovative concept and diversified energy-saving design of garden hotel.

From the design and decoration, it is not difficult to find that many natural materials such as black wood, gravel, glass, etc. are used as design concepts, and the sunlight transmitted from the outside is used to create a sense of harmony in nature.

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Advantages of bionics:

1. bionics combines the research and practice of life through simulation, and at the same time greatly promotes the development of biology.

2. Bionics is a channel to transmit valuable information and enrich nutrition to various natural and technical sciences, and accelerate the development of science.

3. Bionics combines the research and practice of life through simulation, and also greatly promotes the development of biology.

4. Bionics provides mankind with the most reliable, flexible, efficient and economical technical system close to biological system, benefiting mankind.

Bionics can get inspiration from animals, invent new equipment, tools and technologies according to these principles, and create advanced technologies suitable for production, study and life.